Graphene Oxide and Conductive Polymer Blends Reveal the Hidden Circuitry of Methanol Gas Sensors
A Kirchhoff-based circuit model explains why graphene oxide and PEDOT blends show a resistivity minimum at 78 percent PEDOT but ...
A Kirchhoff-based circuit model explains why graphene oxide and PEDOT blends show a resistivity minimum at 78 percent PEDOT but ...
By systematically tuning SLA printing and post-processing parameters, researchers enabled a 3D-printed high-temperature resin distillation column to survive 72 hours ...
A lithium-stabilized platinum single-atom catalyst driven by combined light and heat converts methanol into hydrogen and formaldehyde with a record ...
A new comparative study shows that whether kiwifruit is peeled and fermented as juice or pulp determines both the aromatic ...
Heidelberg researchers show that iron and reactive oxygen species can chemically cleave lignin's methoxy groups in natural soils, releasing methanol ...
New calculations show that cosmic-ray-induced ultraviolet fields in the Parsamian 13 and Parsamian 21 cometary nebulae deliver enough energy to ...
Brazilian researchers show that phosphatizing niobium pentoxide with an optimized dose of phosphoric acid dramatically boosts the selective photocatalytic conversion ...
Researchers engineered Bacillus methanolicus with a heterologous phosphoketolase to boost methanol-to-biomass yields by up to 20 percent while cutting biogenic ...
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© 2025 Scienmag - Science Magazine